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Energy Efficient Virtual Machine Consolidation under Uncertain Input Parameters for Green Data Centers

机译:不确定输入参数下的绿色数据中心节能高效虚拟机整合

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Reducing the energy consumption of data centers and the Cloud is very important in order to lower CO_2 footprint and operational cost (OPEX) of a Cloud operator. To this extent, it becomes crucial to minimise the energy consumption by consolidating the number of powered-on physical servers that host the given virtual machines (VMs). In this work, we propose a novel approach to the energy efficient VM consolidation problem by applying Robust Optimisation Theory. We develop a mathematical model as a robust Mixed Integer Linear Program under the assumption that the input to the problem (e.g. resource demands of the VMs) is not known precisely, but varies within given bounds. A numerical evaluation shows that our model allows the Cloud Operator to tradeoff between the power consumption and the protection from more severe and unlikely deviations of the uncertain input.
机译:降低数据中心和云的能耗对于降低云运营商的CO_2足迹和运营成本(OPEX)非常重要。在此程度上,至关重要的是通过整合承载给定虚拟机(VM)的已启动物理服务器的数量来最大程度地减少能耗。在这项工作中,我们通过应用鲁棒优化理论提出了一种解决能源效率VM整合问题的新方法。我们假设问题的输入(例如VM的资源需求)未知,但在给定范围内变化,因此我们将数学模型开发为健壮的混合整数线性程序。数值评估表明,我们的模型允许云运营商在功耗和保护之间进行权衡,以防止不确定输入的更严重和不太可能的偏差。

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